KR102280233B1 - Gate type quarantine system - Google Patents

Abstract

The present invention relates to a gate-type quarantine system provided at the entrance of a building or facility. More particularly, if it is determined that a body temperature is normal after authentication of occupants and body temperature measurement before entering the gate, the gate-type quarantine system automatically sprays a mist type sterilizing solution and enables additional sterilization and disinfection by UV lamps.

Description

Gate type quarantine system

The present invention relates to a gate-type quarantine system provided at the entrance of a building or facility, and more particularly, when it is determined that the normal body temperature is normal by entrant authentication and body temperature measurement before entering the gate, the misted sterilizing solution is automatically It relates to a gate-type quarantine system that allows to be sprayed with a UV lamp and additionally sterilizes and disinfects by a UV lamp.

In order to effectively protect the human body from viruses and various harmful bacteria that spread diseases, thorough personal hygiene must be practiced as a daily routine, and in order to solve the root cause of the spread of viruses or bacteria, thorough quarantine must be carried out on the mediator.

In recent years, due to the rapid development of means of transportation, exchanges between countries are becoming very active as movement becomes free, and as the quality of life improves, foreign travel culture is rapidly increasing. Contamination of other areas occurs frequently.

In fact, when highly contagious viruses such as MERS, Hong Kong flu, swine flu, sars, and corona 19 occur, significant losses occur, as well as restrictions on movement and psychology. Due to shrinkage, etc., not only does consumer life not take place, but also a huge amount of manpower and goods are put in due to quarantine, which inevitably causes a huge economic loss to the nation.

Since most of the infectious viruses as described above are transmitted through humans, it is desirable to fundamentally block the inflow of the virus through strict quarantine at the immigration stage of an airport or port, but it is realistic to block the inflow of the virus 100%. Impossible.

Therefore, when an infectious disease occurs, quarantine and prevention work is carried out at the national and individual level. to stop the spread of infectious diseases.

At this time, the door is a structure that a person who visits a specific place, building, or facility must pass through. Recently, a quarantine system has been installed on the entrance door to effectively establish the quarantine system with minimal cost.

As one of the technologies for such a door prevention system, Korean Patent Publication No. 10-1703434 (prior art) is disclosed.

Registered Patent Publication No. 10-1703434 2017.01.31.

The present invention was created to solve the problems of the prior art, and the problem to be solved in the present invention is to authenticate the occupants and measure the body temperature before entering the gate, and when it is determined that the body temperature is normal, the fogged sterilizing solution It is to provide a gate-type quarantine system that automatically sprays and enables additional sterilization and disinfection by UV lamps.

The present invention provides a gate-type quarantine system provided at an entrance of a building or facility, comprising: a gate unit 100 installed on the floor to allow entry and exit; a spraying part 200 provided in the gate part 100 and spraying the misted sterilizing solution into the inner center of the gate part 100; an entrance detection sensor 400 provided on one side of the gate part 100 to detect an entry of an entrant; an access authentication unit 500 provided on one side of the gate unit 100 to authenticate a person passing through the gate unit 100, and configured to measure body temperature; And when it is determined that the body temperature measured by the access authentication unit 500 is normal, and when a person enters the gate unit 100 by the entrance detection sensor 400 is detected, the injection nozzle is controlled to operate, and a control unit controlling to transmit a warning signal when it is determined that the body temperature measured by the access authentication unit 500 is an abnormal body temperature.

In this case, the injection unit 200 includes a first injection nozzle in which a plurality of injection nozzles are spaced apart by a predetermined distance along the inner surface of the gate unit 100 , and the first injection nozzle is the gate unit 100 . ) side injection unit 210 to be provided in a state toward the center of the entrance passage; and a plurality of second injection nozzles 221 provided on the bottom surface on which the gate part 100 is installed, and the sterilizing liquid sprayed from the second injection nozzles 221 passes upward and is discharged. It is made to protect the injection nozzle 221, and the bottom injection part 220 including the protective cover 222 provided on the bottom surface; the bottom injection part 220 including;

In addition, the front and rear lower portions of the protective cover 222 are further provided with a foreign material removal unit 223 for brushing off foreign materials attached to the sole of the person's shoes.

In addition, the lower portion of the protective cover 222 is configured to collect foreign substances that have passed through the protective cover 222 and have fallen to the lower side, and a detachable foreign material collecting unit 224 is further provided.

Meanwhile, a plurality of UV lamps 120 are further provided on the inner surface of the gate part 100 .

On the other hand, at the front and rear ends of the upper surface of the gate part 100, the air curtain part 300 for blocking the flow of the internal and external air of the gate part 100 to each other by spraying air having a predetermined pressure downward is further provided. make it available

On the other hand, the entrance detection sensor 400, the detection sensor 410 for authentication made to detect a person approaching the gate 100; and an entry/exit detection sensor 420 that detects a person who has entered the entry/exit passage of the gate unit 100 .

At this time, the entrance detection sensor 420 is configured to detect a person entering within a radius range smaller than that of the authentication detection sensor 410 .

On the other hand, the access authentication unit 500, but is made to photograph the face of the visitor, the QR code, the image camera 510 provided on the entrance direction side of the gate unit 100; a thermal sensor 520 provided on one side of the image camera 510 to measure the body temperature of an entrant; The face image of the occupant photographed by the image camera 510 is output, but the occupant's body temperature information measured by the thermal sensor 520 is output as visual information, so that one side of the gate unit 100 A screen display panel 530 provided; and a speaker 540 that is configured to transmit the sound source selected by the control unit and is provided in the gate unit 100 .

At this time, an advertisement display unit 110 capable of transmitting advertisements is further provided on the outside of the sidewall of the gate unit 100 .

According to the present invention, entrance and exit authentication and body temperature measurement are performed before entering the gate, and when it is determined that the body temperature is normal, the misted sterilizing solution is automatically sprayed, thereby enabling unattended quarantine.

In addition, according to the present invention, as the UV lamp is provided inside the gate part, disinfection is primarily performed by the sterilizing solution and the disinfection effect is further improved as the disinfection is performed secondarily by the UV lamp.

In addition, according to the present invention, an air curtain part is provided at the upper end of the gate part so that the sterilizing solution is sprayed in a state that blocks the flow of the internal and external air of the gate part. Accordingly, it is possible to prevent in advance the problem that occurs when the sterilizing solution is dispersed to the outside.

1 is a perspective view of a gate-type quarantine system according to the present invention.
Figures 2a and 2c is a cross-sectional side view of the gate type quarantine system according to the present invention.
Figure 3 is a plan view showing the detection area of the entrance detection sensor applied to the present invention.
4 is a view of an embodiment of an access authentication unit applied to the present invention.
5 is a schematic diagram of a control unit and a management server applied to the present invention.
6A to 6B sequentially show an embodiment of the use of the quarantine system according to the present invention, wherein 6a is an operation embodiment of the quarantine system when a human entry is detected by an authentication sensor, 6b is An example of the operation of the quarantine system when a person's entry is simultaneously detected by the authentication sensor and the entry/exit sensor, 6c is the operation of the quarantine system when the departure of a person is detected by the departure detection sensor Example.
7 is a perspective view of a gate-type quarantine system according to another embodiment of the present invention.
8 is a cross-sectional side view of a gate-type quarantine system according to another embodiment of the present invention.
9 is a cross-sectional view of the floor injection unit according to another embodiment of the present invention.

Hereinafter, preferred embodiments of the present invention will be described in more detail with reference to the accompanying drawings.

The present invention relates to a gate-type quarantine system provided at the entrance of a building or facility, and more particularly, when it is determined that the normal body temperature is normal by entrant authentication and body temperature measurement before entering the gate, the misted sterilizing solution is automatically It relates to a gate-type quarantine system that allows sterilization and disinfection by means of a UV lamp to be sprayed with

As shown in FIG. 1 , the present invention includes a gate unit 100 , an injection unit 200 , an entrance detection sensor 400 , an access authentication unit 500 , and a control unit.

The gate part 100 is installed on the bottom surface to allow entry and exit.

In other words, as shown in FIGS. 1 to 2B , the gate part 100 may have a shape including a pair of sidewalls and an upper wall connecting them, which is a form in which the sidewall and the upper wall are bent or It may be formed in a curved form, etc., which may be formed in various forms through which an access passage is opened in the center, so that a person can pass from the front to the rear.

At this time, the gate part 100 is made of an empty frame inside, so that various equipment to be described later can be mounted thereon.

In addition, an advertisement display unit 110 capable of transmitting various advertisements is further provided on the sidewall of the gate unit 100 .

The display unit 110 for advertisement can transmit an advertisement selected by a control unit to be described later as a visual image, thereby providing a propaganda effect to the quarantine system.

In this case, the display unit 110 for advertisement may be provided on at least one selected from the inner wall or the outer wall of the side wall of the gate unit 100 , and is preferably provided on the inner wall of the side wall so that an entrant passes through the gate unit 100 . In the process of watching the advertisement, the advertisement effect can be further increased.

In addition, the gate part 100 may further include a hand sanitizer 140 configured to automatically or manually spray the disinfectant solution.

In detail, the hand sanitizer 140 includes a groove through which the body (here, the hand) of the person entering is inserted, and when the hand disinfection unit 140 is manual, a hand sanitizer is provided in the groove so that the person can use it directly. Disinfect hands by spraying disinfectant using

On the other hand, when the hand sanitizer 140 is automatic, the hand sanitizer 140 further includes a body sensor (not shown) that detects a body inserted into the groove, and is detected by the body sensor. By allowing the disinfectant solution to be sprayed on the user's hand according to the result obtained, hand disinfection can be performed.

Since the specific configuration or operation algorithm of the automatic hand sanitizer 140 is only known technology, a detailed description thereof will be omitted.

On the other hand, the hand sanitizer 140 may be provided on at least one selected from the front side or the inner wall of the side wall of the gate unit 100 . When provided on the front side, the screen display panel 530 of the access authentication unit 500 . ), so that hand sanitizer can be performed at the same time as access authentication.

On the other hand, when provided on the inner wall of the side wall of the gate unit 100, it is provided under the display unit 110 for advertisements so that hands can be disinfected while watching advertisements.

On the other hand, the quarantine system of the present invention is fixedly provided at the entrance of a facility or building, or as shown in FIG. 2c , by providing a plurality of casters 130 at the lower end of the gate part 100, it is movable. make it available

Meanwhile, according to FIGS. 1 to 2B , the injection unit 200 is for sterilizing persons entering a building or facility substantially, and is provided in the gate unit 100 to the inner center of the gate unit 100 . It is made to spray the misted sterilizing solution.

In detail, the spray unit 200 receives the mist-type sterilizing solution from the ultrasonic generator provided on one side of the inside or outside of the gate and sprays it into the center of the gate unit 100, which is a side spray unit. It is configured to include a 210 and a bottom injection unit (220).

The side injection part 210 includes a first injection nozzle provided while being spaced a predetermined distance along the inner surface of the gate part 100, and the first injection nozzle is directed toward the center of the entrance passage of the gate part 100. to be available in condition.

On the other hand, the bottom spraying unit 220 allows the passage of a plurality of second injection nozzles 221 provided on the bottom surface on which the gate unit 100 is installed, and the sterilizing liquid sprayed from the second injection nozzles 221 . It is made to protect the second injection nozzle 221, and includes a protective cover 222 provided on the bottom surface.

At this time, the second injection nozzle 221 is provided to spray the misted sterilizing liquid upward.

On the other hand, the protective cover 222 may be configured in various forms such that the disinfectant solution sprayed from the second injection nozzle 221 passes through the protective cover 222 and is sprayed upward, as shown in FIGS. 2A and 2B . For reference, for example, both ends in the left and right directions are bent downward, and a plurality of frames having a height greater than that of the second injection nozzle 221 are arranged to be spaced apart a predetermined distance in the front and rear directions at the end of the second injection nozzle 221 . It is configured to be able to protect it from being applied to a load.

At this time, among the frames constituting the protective cover 222, the frame provided outside in the front-rear direction than the second injection nozzle 221 is formed to gradually decrease in height toward the front and rear ends, as shown in FIG. 2B, to board the wheelchair. It also allows one person to pass through the gate part 100 .

In addition, the frames arranged in the front and rear directions are connected by a mesh network, so that visitors using various tools and equipment can stably pass through the gate unit 100 .

In the present invention, although the protective cover 222 is illustrated as being formed by a frame, this is not limited thereto, and various forms through which the sterilizing liquid can pass and spray while protecting the second injection nozzle 221, for example, It can be implemented in various forms such as a frame composed of a lattice form and a form including a wire mesh provided in a space partitioned by a plurality of frames, or a form of a plate having a plurality of through holes.

According to the above-described configuration, in the present invention, while passing through the gate part 100, the sterilizing solution is sprayed in a misted state in the left, right, up and down directions, so that the entire body of the entrant can be sterilized.

On the other hand, a plurality of UV lamps 120 may be further provided on the inner surface of the gate part 100, and the UV lamps 120 are UV lamps ( 120) makes it possible to sterilize the person entering and leaving the light.

That is, the present invention enables the primary disinfection of the entrants using the disinfectant solution and the secondary disinfection by the UV lamp 120 .

On the other hand, the front and rear ends of the upper surface of the gate part 100 are further provided with an air curtain part 300 that blocks the air having a predetermined pressure downward to block the internal and external air of the gate part 100 from flowing to each other. make it possible

In detail, the air curtain part 300 is made of a size sufficient to block the flow of internal and external air in the gate part 100, so that it is provided in front and rear of the entrance passage, respectively, but the gate part ( 100) to be provided at the top.

Accordingly, the air curtain unit 300 forms an air curtain on the front and rear ends of the gate unit 100 when a person enters the gate unit 100 , and in this state, the sterilizing solution is discharged from the spray unit 200 . By allowing this to be sprayed, it is possible to further increase the sterilization efficiency.

On the other hand, as shown in FIG. 3 , the entrance detection sensor 400 is provided on one side of the gate unit 100 to detect the entrance of an entrant and detects the entrant's entry.

At this time, the entrance detection sensor 400 is composed of a sensor capable of detecting the entrance and exit of the entrant, such as an infrared sensor and an image sensor, and is provided at the upper center of the gate unit 100 in the entry-exit direction to stabilize the entry of the occupant. to be detected, and the result detected by the entry detection sensor 400 is transmitted to a control unit to be described later.

On the other hand, the entrance detection sensor 400 is a detection sensor 410 for authentication that detects a person approaching the gate 100, and the entrance detection that detects a person entering the doorway of the gate 100. It may be configured to include a sensor 420 .

In detail, the detection sensor 410 for authentication is configured to detect a person entering within a certain radius range (area A) on the entrance direction side of the gate unit 100 based on the gate unit 100, and the entrance detection sensor 420 is configured to detect a person entering. is configured to detect a person entering within a radius range (area B) of a smaller range than the detection sensor 410 for authentication.

In more detail, the detection sensor 410 for authentication detects the entry of a person who wants to authenticate for entry into a facility or building, and the detection sensor 420 for entry and exit is the gate unit 100 As for detecting the entry of an entrant who wants to pass through, it is configured to detect a person entering a range closer to the gate unit 100 than the authentication sensor 410 .

That is, the entrance detection sensor 400 primarily detects the entrance of an entrant by the detection sensor 410 for authentication, and when a person who enters is adjacent to the entrance passage of the gate unit 100, the authentication detection sensor At 410, the second lane is detected.

At this time, the detection range of the detection sensor 410 for authentication and the detection sensor 420 for access may be appropriately set by an administrator according to the location where the gate part 100 is installed and the surrounding environment.

Meanwhile, according to FIG. 4 , the access authentication unit 500 is provided on one side of the gate unit 100 to authenticate a person passing through the gate unit 100 , and is configured to measure body temperature. , the access authentication unit 500 includes an image camera 510 , a thermal sensor 520 , a screen display panel 530 , and a speaker 540 .

The image camera 510 is configured to take a picture of the face of the entrant, but is configured to take a QR code, so that it is provided on the entrance direction side of the gate unit 100 .

At this time, the image camera 510 is provided so as to be rotatable up and down, so that the face of the entrant can be photographed while rotating according to the height of the entrant, and the QR code information captured by the image camera 510 is sent to the control unit. transmitted and made available for use in the creation of electronic access lists.

On the other hand, the thermal sensor 520 is provided on one side of the image camera 510 is configured to measure the body temperature of the entrant.

In detail, the thermal sensor 520 is made of a sensor capable of measuring the temperature of the face surface of an entrant, and is provided on one side of the image camera 510 so that it can be rotated together when the image camera 510 is rotated. do.

Accordingly, when the image camera 510 is rotated, the thermal sensor 520 is rotated together to stably measure the face temperature of an entrant.

Meanwhile, the information measured by the thermal sensor 520 is transmitted to the control unit, which is stored and managed in the control unit together with the QR code information described above.

On the other hand, the screen display panel 530 outputs the face image of the occupant photographed by the image camera 510, and outputs the occupant's body temperature information measured by the thermal sensor 520 as visual information. , to be provided on one side of the gate part 100 .

At this time, the screen display panel 530 is provided on the surface facing the entrance and exit direction of the gate part 100, and is provided within a range of 140 to 170 cm from the bottom surface so that an occupant can check the screen.

In addition, the screen display panel 530 is configured to receive and transmit information on whether or not access of the entrant is permitted from the control unit.

In this case, the visual information on whether or not the access is permitted is expressed as texts in different colors so that the visitor can easily recognize them.

The speaker 540 is configured to transmit the sound source selected by the control unit, and is provided inside the gate unit 100 .

In detail, the speaker 540 transmits an access permission sound source when the occupant has a normal body temperature, and transmits an entry ban sound source composed of a sound source different from the entry permission sound source when the entrant has an abnormal body temperature, thereby immediately recognizing whether access is permitted. make it possible

According to the above configuration, the access authentication unit 500 measures the body temperature of the occupant and allows the access authentication to be performed at the same time, so that the electronic entrant list can be easily formed.

At this time, although it has been described in the above that the entry and exit list is created using the QR code, a separate authentication device 550 can be configured in the gate unit 100 to allow entry and exit authentication, and the authenticated electronic information is It can be transmitted to the control unit so that it can be used to create an electronic access list.

At this time, the authentication device 550 may be made of various readers that form a user authentication code by recognizing a QR code, a barcode, etc. by short-distance communication, which can be appropriately changed and used according to the installation environment.

On the other hand, an environmental sensor for measuring various air conditions such as temperature, humidity, fine dust, harmful gas, carbon dioxide, etc. may be provided on one side of the gate unit 100, and the information measured by the environmental sensor is displayed on the screen display panel The output is displayed at 530 so that the visitor can check it.

On the other hand, the gate unit 100 is provided with a departure detection sensor 600 for detecting the passage of the entrant so as to detect that the entrant passes through the gate unit (100).

In detail, the departure detection sensor 600 is made of a load sensor provided on the protective cover 222, or an image sensor or infrared sensor provided on the rear side of the gate part 100, and the gate part It makes it possible to detect an entrant advancing from (100).

On the other hand, a recovery part 700 for recovering the sprayed sterilizing liquid is further provided on one side of the gate part 100 . In detail, the recovery part 700 is located around the inner surface of the gate part 100 or It is made to suck the sterilizing liquid sprayed into the entry passage in a state provided at the lower end.

On the other hand, as shown in FIG. 5 , the control unit controls various devices of the quarantine system, but manages and supervises the quarantine system in real time while bidirectional communication is made with the management server, and the control unit includes the access authentication unit 500 ), when it is determined that the measured body temperature is normal and a person enters the gate unit 100 by the entrance detection sensor 400, the injection unit 200 is controlled to operate, and the access authentication unit When it is determined that the body temperature measured in 500 is an abnormal body temperature, a warning signal is transmitted.

In detail, the control unit is configured to control the quarantine system according to the present invention as a whole, and various information managed by the control unit can be transmitted to the management server.

At this time, the management server receives various information from the control unit and stores it, and through this, the administrator can manage the quarantine system in real time in a separately provided management room. to be able to restrain

In other words, the control unit transmits and manages the authentication code including the QR code and the facial image information from the access authentication unit 500 to the management server, and at this time, the control unit transmits the body temperature information to the management server. By transferring and storing them together, it is managed as an electronic access list.

On the other hand, the control unit is configured to control various devices of the quarantine system, and transmits driving information for the various devices to the management server so that the administrator can monitor the operating state of the quarantine system in real time, and sends out a warning sound when a problem occurs This allows the manager to respond immediately.

Hereinafter, a process performed by the quarantine system of the present invention configured as described above will be described in more detail with reference to FIGS. 6A to 6C .

First, as shown in FIG. 6A , when a movement of a person is detected by the authentication sensor 410 , the control unit supplies power to the access authentication unit 500 , but the image camera 510 controls the height of the occupant. It is rotated appropriately to allow taking a picture of the face of the entrant.

Thereafter, the control unit analyzes the body temperature information received during authentication of the visitor, determines that the body temperature is lower than the reference temperature (37.5 degrees), determines that the body temperature is normal, and transmits an access permission signal to the screen display panel 530 and the speaker 540 . According to the signal, as shown in FIG. 6b, when the entrance of the person is detected by the entrance sensor 420 adjacent to the gate unit 100, the injection unit 200 is operated. and the UV lamp 120 is turned on to sterilize and sterilize the entrants.

At this time, the control unit makes it possible to prevent the sprayed sterilizing liquid from being discharged to the outside by allowing the air curtain part 300 to operate together when the spraying part 200 is operated.

Thereafter, as shown in FIG. 6C , when it is detected that an occupant has passed through the gate unit 100 by the departure detection sensor 600 , the control unit causes the recovery unit 700 to operate to recover the sterilizing solution. However, by causing the spraying unit 200 and the air curtain unit 300 to stop sequentially with a predetermined time difference, it is possible to prevent the sterilizing solution from being discharged to the outside as much as possible.

Conversely, when the body temperature of the occupant received during occupant authentication is higher than the reference temperature, the control unit transmits a disapproval signal to the screen display panel 530 and the speaker 540 .

In this case, the control unit allows an emergency warning signal to be transmitted when an abnormal entry is detected.

For example, when a person's entry is detected by the entry/exit detection sensor 420 despite the disapproval signal due to a high body temperature of the entrant, it may be determined that entry is attempted in a disapproved state, and in this case, the The speaker 540 and an emergency warning signal are transmitted in the management room so that action can be taken immediately.

Alternatively, when the entrance of a person is detected by the entrance sensor 420 in a state in which the access authentication unit 500 is not detected, it can be determined that a person whose body temperature has not been measured wants to enter. In this case, the speaker 540 transmits a disapproval signal, and if the access authentication unit 500 does not detect even after the disapproval signal, an emergency warning signal is transmitted within the speaker 540 and the management room. Allows you to take a breather.

On the other hand, in the present invention, as shown in Figs. 7 to 9, in order to further enhance the sterilization effect, there is a foreign material removal unit ( 223) may be further provided.

The foreign material removal unit 223 extends in the left and right direction to enable shaft rotation, and a plurality of seams are arranged on the outer peripheral surface so that the end of the seam protrudes upward from the protective cover 222 and the rotating brush. It includes a driving member for rotating the part.
At this time, the protective cover 222 includes a central portion having a constant height from the bottom surface and an inclined portion formed to gradually decrease in height from the central portion to the front end and the rear end.
On the other hand, the foreign material removal unit 223 is provided on the front and rear inclined portions of the protective cover 222, so that the rotary brush portion provided at the front end and the rotary brush portion provided at the rear end rotate in opposite directions to each other, the rotary brush portion The operation of the rotating brush is controlled so that foreign substances separated from the sole of the shoe are collected toward the central portion of the protective cover 222 in the front-rear direction.

According to the above configuration, the foreign material removal unit 223 can remove the foreign material attached to the sole of the shoe twice when the person enters the gate 100 and when exits the gate 100 in the process of passing through the gate 100 . As a result, it is possible to prevent the inflow of contaminated soil or foreign substances into the room.

At this time, a removal groove 222a for exposing the seam of the foreign material removal unit 223 upward is formed through the surface of the protective cover 222 .

In detail, the removal groove 222a is formed of a groove having a left and right length corresponding to the left and right lengths of the rotary brush part, and has a penetration on the surface of the protective cover 222 corresponding to the position where the rotary brush part is provided. make it possible

Due to this, it is possible to further improve the foreign material removal efficiency as a large amount of the seam of the rotating brush part is exposed to the outside of the removal groove 222a to remove the foreign material attached to the shoe.

On the other hand, the lower portion of the protective cover 222 is configured to collect foreign substances that have passed through the protective cover 222 and fallen to the lower portion, and a detachable foreign material collecting unit 224 is further provided.

In detail, sliding grooves 222b are formed extending in the front and rear directions on the left and right inner surfaces of the protective cover 222, and the left and right ends of the foreign material collecting part 224 are slidable in the sliding grooves 222b. As it is fastened, the foreign material collecting part 224 is configured to be detachably attached to the protective cover 222 .

At this time, as the front or rearmost portion of the sliding groove 222b is formed in a sealed form, if the foreign material collecting part 224 is moved to the front or rearmost direction, it cannot move forward or backward any more and maintain a stopped state. do.

Although preferred embodiments of the present invention have been described above, the scope of the present invention is not limited thereto, and it should be understood that the scope of the present invention extends to a range substantially equivalent to the embodiment of the present invention, Various modifications can be made by those of ordinary skill in the art to which the invention pertains without departing from the spirit of the invention.

100: gate unit 110: display unit for advertisement
120: UV lamp 130: caster
140: hand sanitizer
200: injection unit 210: side injection unit
220: bottom injection part 221: second injection nozzle
222: protective cover 222a: groove for removal
222b: sliding groove
223: foreign material removal unit 224: foreign material collection unit
300: air curtain unit
400: entrance detection sensor 410: detection sensor for authentication
420: entrance and exit detection sensor
500 ; Access authentication unit 510: image camera
520: thermal sensor 530: display panel
540: speaker 550: authentication device
600: departure detection sensor 700: recovery unit

Claims (10)

In the gate-type quarantine system provided at the entrance of a building or facility,
a gate unit 100 installed on the floor to allow entry and exit;
a spraying part 200 provided in the gate part 100 and spraying the misted sterilizing solution into the inner center of the gate part 100;
an entrance detection sensor 400 provided on one side of the gate part 100 to detect an entry of an entrant;
an access authentication unit 500 provided on one side of the gate unit 100 to authenticate a person passing through the gate unit 100, and configured to measure body temperature; and
When it is determined that the body temperature measured by the access authentication unit 500 is normal and a person's entry into the gate unit 100 is detected by the entrance detection sensor 400, the injection unit 200 is controlled to operate. and a control unit controlling to transmit a warning signal when it is determined that the body temperature measured by the access authentication unit 500 is an abnormal body temperature;
includes,
On the inner surface of the gate part 100,
A plurality of UV lamps 120 are further provided,
The injection unit 200,
It includes a first injection nozzle provided while being spaced apart a predetermined distance along the inner surface of the gate part 100, and the side injection part is provided such that the first injection nozzle is provided in a state toward the center of the entrance passage of the gate part (100). (210); and
A plurality of second injection nozzles 221 provided on the bottom surface on which the gate part 100 is installed and the sterilizing solution sprayed from the second injection nozzles 221 pass upward and discharged. It is made to protect the nozzle 221, the bottom spraying unit 220 including a protective cover 222 provided on the bottom surface;
includes,
The protective cover 222,
It includes a central portion having a constant height from the bottom surface and an inclined portion formed to gradually decrease in height from the central portion to the front end and the rear end, respectively,
In the lower portion of the front end and rear end of the protective cover 222,
It extends in the left and right direction to enable shaft rotation, and a plurality of seams are arranged on the outer circumferential surface so that the end of the seam protrudes upward from the protective cover 222. It includes a rotary brush part and a driving member for rotating the rotary brush part A foreign material removal unit 223 configured to shake off foreign substances attached to the sole of the visitor's shoes is further provided,
The foreign material removal unit 223,
Operation of the rotating brush unit so that the rotating brush unit provided at the front end and the rotating brush unit provided at the rear end are rotated in opposite directions to each other, and foreign substances separated from the shoe sole by the rotating brush unit are collected toward the front and rear center of the protective cover 222 This is controlled,
At the front and rear ends of the upper surface of the gate part 100,
An air curtain unit 300 is further provided to block the flow of air between the inside and outside of the gate part 100 by spraying air having a predetermined pressure downward.
The access authentication unit 500,
An image camera 510 for photographing a person's face, which is configured to photograph a QR code, and provided on the entrance direction side of the gate unit 100;
a thermal sensor 520 provided on one side of the image camera 510 to measure the body temperature of an entrant;
The image camera 510 outputs the face image of the occupant, and the occupant's body temperature information measured by the thermal sensor 520 is output as visual information, so that one side of the gate unit 100 is A screen display panel 530 provided; and
a speaker 540 configured to transmit the sound source selected by the control unit and provided in the gate unit 100;
A gate-type quarantine system comprising a.
delete delete The method according to claim 1,
The lower portion of the protective cover 222,
The gate type quarantine system, characterized in that it is configured to collect foreign substances that have passed through the protective cover (222) and have fallen to the lower side, and further include a detachable foreign substance collecting unit (224).
delete delete The method according to claim 1,
The ingress detection sensor 400,
a detection sensor 410 for authentication that detects a person approaching the gate 100; and
an entrance/exit detection sensor 420 for detecting a person entering the entrance/exit passage of the gate unit 100;
A gate-type quarantine system comprising a.
8. The method of claim 7,
The entrance sensor 420 is,
A gate-type quarantine system, characterized in that it is configured to detect a person entering within a radius of a smaller range than the detection sensor 410 for authentication.
delete The method according to claim 1,
On the sidewall of the gate part 100,
A gate-type quarantine system, characterized in that the display unit 110 for advertisements capable of transmitting advertisements is further provided.

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